32 results about "ActionScript" patented technology

A method of developing a computer application by coding a markup document in an XML markup language, coding a business logic component using any programming language, compiling the business logic component into a specific executable code, converting the XML document into a specific markup language document and deploying the converted markup document and the executable code to a client machine running a specific operating system via a network connection. The XML markup document can be converted in any markup language including XUL, SVG, Xforms, XML related languages, HTML, HTML related languages, text, and combinations thereof. The business logic component can be written using any programming language including Java, JavaScript, J#, C#, C, C++, Visual Basic, ActionScript, XSL, XQuery, and XPath, among others. The computer application can run in any operating system including next generation Windows Longhorn, Windows 2000, Linux, Unix, Apple or Palm operating systems, among others.

A graphic flow template drafting method under ARP frame displays the flow diagram by means of complicated algorithm, based on the data model collocation, under the FLEX frame, refreshes the graphical interface by the ActionScript technology in real time and drifts the graphics on the WEB browser. The algorithm comprises following steps: a) drifting the flow diagram nodes; b) drifting the connection lines between the flow diagram nodes; c) supporting the node dragging; d) storing the flow diagram data. The data model comprises a route section information of the flow diagram and a coordinate information of the node on the flow diagram. The method supports the user to drag nodes, connects the nodes for drifting the flow template and displays the actual flow. The graphic display and the drifted flow diagram are easy to be accepted and understood and are directly applicable to the graphic display and drift of the flow template in the flow management platform, particularly to the workflow management platform in the electric communication industry.

Tools and techniques are provided to support presentation analytics, such as Flash or Flex analytics, independently of embedded JavaScript web analytics code used in web pages. A presentation analytics engine, which may be implemented in ActionScript, includes code for capturing information about user interaction with a multimedia presentation, code for dynamically generating a string or other data structure reflecting such captured information, and code for sending the data structure to an analytics server without using a getURL( ) call or embedded JavaScript. Functionality is also provided for tracking objects without object-specific code, for dynamically sending such tracking information, and for supporting a visual presentation analytics overlay report illustrating such information. The Flash presentation analytics may use the same visitor ID as standard JavaScript analytics, without synchronizing the two analytics codes.

The invention provides a virtual data center visual management method based on a Cairngorm framework, and belongs to the technical field of computer application. The virtual data center visual management method based on a Cairngorm framework uses the Cairngorm framework, uses the flex technique as the foreground development language, takes ActionScript as the logic processing language, is applied to the experimental scene of resource management or software definition network of a virtual data center, can provide a visual Web front end, is integrated with various SDN mainstream controllers and displays the global network topology of the virtual data center. Through the Web front end, the virtual data center visual management method based on a Cairngorm framework can control the life cycle of each component in the network topology, and can complete works, such as issuing of an OpenFlow flow table, accessing of a component console, and accessing of the UI interface of different SDN controllers.

Methods and systems for detecting an attempt to evaluate embedded JavaScript are provided. According to one embodiment, an ActionScript emulator receives a Flash file to be tested. The emulator implements a modified version of a class typically implemented by a Flash file container. The emulator reveals one or more tagged data blocks (tags) contained within the Flash file by decoding the Flash file. The emulator determines whether the one or more tags are capable of containing ActionScript bytecode (ABC) by evaluating the one or more tags. When an affirmative determination results with respect to a tag of the one or more tags, then the emulator interprets and executes the ABC associated with the tag. Responsive to invocation of a predetermined method of the modified version of the class by the ABC and meeting one or more predetermined conditions, the emulator reports existence of embedded JavaScript within the Flash file.

A method for realizing map outline symbol based on a programming language technology facing to the object displays the map information by using an actionscript technology to write the map outline symbol and by means of translating and editing actionscript to form a flash, and displays the map information on a web browser, supports the application of b/s; uses an xml file mode to exchange the data, defines the displaying information of the map outline via an appointed xml file format, then uses the mode of http protocol as the parameter to transfer to a map flash to dynamically generates the map information; defines the map information via the xml mode; uses actionscript to realize the flash map and distributes the map which is better distributed to a system of b/s structure. Setting a plurality of map property information comprises background color of each region, line color and size between regions, region information description. The information displaying format is extended, and the simple mode is provided so as to display the development situation of each region.

Methods and systems for detecting Flash exploits are provided. According to one embodiment, an ActionScript emulator running on a computer system receives a Flash file to be tested. Responsive to a method implemented by the ActionScript emulator observing one or more predetermined conditions associated with a known Flash exploit, the ActionScript emulator reports existence of the known Flash exploit within the Flash file.

The invention relates to the field of form controls and discloses an actionscript-based tree form control enabling a user to operate data conveniently and visually. The actionscript-based tree form control comprises a data visualized display module, a first dragging placement module and a second dragging placement module, wherein the data visualized display module performs visualized display on a data source, and the display result is tree form content; the first dragging placement module is used for adding sub-nodes, and the second dragging placement module is used for adding sibling nodes; and after adding succeeds, the displayed data source is changed accordingly. The actionscript-based tree form control is suitable for tree form control application and enables the user to complete data operation conveniently and visually.

The application provides a user-defined drawing control realization method. At first, an ActionScript language based basic core control interface is directly called in a control library without the need for secondary rewriting of a drawing control; and then, basic methods and basic attributes of a basic core control are reconfigured and unwanted basic attributes and basic methods are removed. Therefore, the resources occupied by the control are reduced, the drawing control in the method is realized on the basis of the reconfigured basic core control, the resources occupied by the drawing control are reduced, and the control rendering efficiency is improved.

The invention relates to the technical field of games and particularly discloses a method and a device for parsing ActionScript of flash mini-games in batches. The method for parsing the ActionScript of the flash mini-games in batches comprises: a client-side uploads swf (Small Web Format) files and sends an ajax (Asynchronous JavaScript and XML (eXtensible Markup Language) ) request to a php (Hypertext Preprocessor) server-side every time a swf file uploading is completed; the php server-side judges whether the ajax request is the ActionScript; if the ajax request is the ActionScript, a tcp (Transmission Control Protocol) client-side is temporarily created, the tcp client-side sends a socket message to a java server-side, the java server-side creates a thread and parses the socket message into source codes, and then the java server-side packages the source codes into a zip file; the java server-side sends the zip file to the php server-side; and the php server-side generates a chained address and the client-side downloads the zip file according to the chained address. By means of the method and the device for parsing the ActionScript of the flash mini-games in batches, a user can easily and conveniently parse source codes of the ActionScript of the flash mini-games in batches without the loss of CPU (Central Processing Unit) resources of the user.

Systems, methods and articles of manufacture for dynamically injecting behaviors into view components are described herein. In an embodiment, a view component resides in an MXML file, while its behavior code (e.g., ACTIONSCRIPT) is stored in a separate file (e.g., .as file). In this way, the view component can be reused in separate applications where different behaviors may be applied to the same view component. In addition, because the behavior code is stored in a separate file, the behavior code is easier to read and maintain. Furthermore, behaviors can be dynamically (i.e., at runtime) injected into and un-injected from the view component. Embodiments of the invention also allow multiple behaviors to be injected into the same view component.

The invention provides a batch encryption method and a batch encryption device for SWF (Shockwave Flash) files developed by the AS2.0 scripts. The batch encryption method comprises the following steps: acquiring source SWF files uploaded by a user; analyzing the source SWF files to acquire file header information, and judging whether version types of the source SWF files are AVM1 (ActionScript Virtual Machine) types according to the file header information; if the version types are the AVM1 types, according to the file header information, positioning to a DOACTION tag and a DOINITACTION tag, and obfuscating and encrypting the DOACTION tag and the DOINITACTION tag; and recombining all the encrypted tags to generate encrypted SWF files. Through batch uploading of the SWF files to the batch encryption device for the SWF files developed by an AS2.0 scripting language, the user can encrypt a large number of SWF files developed by the AS2.0 scripting language in batches, so that the encryption efficiency is greatly improved and hard disk resources on the client side are not occupied.

The invention discloses a flash file function library calling method, device, electronic device and medium. The method comprises following steps: reading calculation parameters required by an objective function into a first variable through a preset function in a SWC component; calling the target function interface corresponding to the objective function in the ActionScript main program by the preset function, and storing the calculation result in a second variable; allocating a variable pointer that stores the second variable; passing the first variable and the second variable to the ActionScript language through the preset function writing the second variable to a first parameter and pass it to a caller. The technical problems of slow downloading, slow opening speed and large space occupied by the existing Flash file are solved. Technical effect of reducing the size of the SWF file is achieved, thereby increasing the download speed, increasing the opening speed and reducing the filespace occupation.

The invention discloses an Adobe Flex code automatic conversion method. The method comprises the following steps: generating a code conversion tool AS2JS; specifying a conversion directory and an output directory of a code conversion tool AS2JS configuration file; performing core code snippet replacement on the Adobe Flex code by utilizing a core tool class of a code conversion tool AS2JS; covering, replacing and modifying an Adobe Flex code source file by adopting a code conversion tool AS2JS, and compiling an Adobe Flex code into an html code; and converting the code of the debugging directory into a release module code, and outputting the release module code to a release directory. The method has the beneficial effects that the realization mode of converting the ActionScript 3 into the JavaScript is simple, and the development cost of Flex system reconstruction of a large-scale enterprise is greatly reduced.